Cash and autographic register.



J. A. WERNER.

CASH AND AUTOGRAPHIO REGISTER.

APPLICATION FILED JA1\.26. 1909. 1,05 1,474, Patented J an, 28, 1913.

8 SHEETSSHEET l.

wi t memos J. A. VVBRNER. cm: AND AUTOGRAPHIG REGISTER.

APPLIOATIQN FILED JAN. 26. 1909.

1 $5 lfgy fih Patented Jan. 28, 1913.

8 SHEETS-SHEET 2.

J. A. WERNER.

CASH AND AUTOGEAPHIG REGISTER. APPLICATION FILED JAN. 26, 1909.

1,051,474, Patented Jan. 28, 1913,

8 SHEETS-SHEET 3,

J, A. WERNER. CASH AND AUTOGRAPHIC REGISTER. APPLICATION FILED JAN. 26, 1909.

Q i found J Patented J an. 28, 1913.

J. A. WERNER. CASH AND AUTUGEAPHIC REGISTER.

APPLICATIDN FILED JA1J25, 1909 LQLAEQ. Patented Jan. 8, {9&3

8 SELLE$-SHELT 5 WERNER. CASH AND AUTOGRAPHIO REGISTER,

APPLICATION FILED JAN. 26, 1909.

Patenoefi @1128, 1913.

B SHEETS-SHEET 6.

Via G! L QSWMM J, A, WERNER.

V :LFJD AUTOGRAPHIG REGISTER.

ABPLIGATIOII FILED JAN. 26, 1909.

Patented Jan. 28, 1913.

I L d 8 SHEETS--SHBET 7.

Y/Va Mimosa J A. WEE-EBB. CASH AND AUTOGRAPHIC REGISTER.

APPLICATION FILED JAN. 26, 1909.

Patented (7331.28, 1913.

8 SHEETS-SHEET 8.

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UNITED STATES PATENT OFFICE.

JOHN A. WERNER, F DAYTON, OHIO, ASSIGNOR TO THE NATIONAL CASH REGISTER COMPANY, OF DAYTON, OHIO, A CORPORATION OF OHIO, (INCORPORATED IN 1906.)

CASH AND AUTOGRAPHIC REGISTER.

; To'all whom it may concern Be it -known that I, JOHN A; WERNER, a citizen of the United States, residing at Dayton, in the county of Montgomery and State a of Ohio, have invented certain new and useful Improvements in Cash and Autographic Registers of which I declare the following to be a full, clear, and exact description. Y This invention relates to cash registers and has more particular relation to that class of machines in which the items are manually recorded and the total of said items is registered, indicated and recorded upon the operation of the machine.

The principal object of this invention is operative relation between the operating mechanism of the'machine and the feed devices for the sales strip upon which the items are manually recorded. v

Another object of this invention is to prevent the establishment or disestablishment of an operative relation between the operating mechanism and the feed devices during an operation of the machine.

Another objectof this invention is to provide the machine with a detachable operating handle which may be removed whenever. it is desired to render the machine as a whole inoperative.

With these and incidental objects in View,

the invention conslsts 1n.certa1n novel features of construction and combinations of parts, the essential elements of which are set forth in appended claims, and a preferred form of embodiment of which is hereinafter described with reference to the drawings which accompany and form part of this specification.

Of said drawingszFigure 1 is a perspective view of the combined mechanically recording register and the autographic register. Fig. 2 represents a transverse vertical 6 is a face view of the train of gears which.

connects the main drive shaft 16 with the register drive. shaft 6. It also shows the .Specifieation of Letters Patent.

Application filed January 26, 1909.

section taken on the line 2-2 of Fig. 1..

Patented Jan. 28, 1913.

Serial No. 474,247.

stop which prevents further rotation of the crank 17 when the same has reached its home position. Fig. 7 is a perspective View of the main driveshaft and its connection with the operating mechanisms of the auto-- graphic and the main register. Fig. 8 is a detail of a locking device shown in Fig. 7. Fig. 9 is a perspective view of the holder for the carbon paper for the duplicate sales slip. Fig. 10 is a perspective view of the holder of the carbon paper for the summary strip. Fig. ll is a detail partly in section of the operating crank handle and its connection with the main drive shaft. Fig. 12 represents a transverse vertical section of the paper cut-ting device of the autographic.

Fig. 13 is a fragmentary detail of the ser-' ally entered upon an autographic register adjacent to the register proper and the operating handle given a lateral movement toward the register previous to 'turning. This lateral movement of the operating handle couples the feed devices for the sales slip with the operating mechanism, so that, upon turning the handle, a sales slip will be issued from the autographic register simultaneously with the registering, recording and indicating of the transaction upon the machine proper.

The keys '1 of the machine act as stops for the differentially movable segments 2 which are loosely mounted upon a rock shaft 2, this shaft being rocked from the main rotation shaft 6. The segments 2 mesh with intermediate gears 10 which are secured to the inner end of nested sleeves 14. These gears in turn mesh with gears 11 of the registering mechanism 12, and gears 13, secured to the indicators 4. The outer ends of the 2 insu in well known and fully described and illus trated in the patent granted to Cleal and Reinhard, No. 530,378, dated April 13, 1897.

Referring now to Fig. 6, the gearing for 5 imparting a complete rotation to the shaft 6 upon each operation or the machine will be described. A crank handle 17 is suitably mounted upon a short shaft 16, which carries at its inner end a pinion 18. This pinion 18 meshes with a large gear 19,

which, in turn, meshes with a gear 8, and

this in turn meshes with a gear 135 secured to one end oif-the shaft 6. This gearing is so proportioned that two turns of the operating handle 17 is required for a complete rotation of the shaft 6; thelarge gear 19 being of such size that it only rotates a halt revolution for each revolution imparted to the shaft 6. Attached to the side of the large gear 19 is a disk 132 having notches 133 out in opposite sides thereof. 22. pawl 130 is arranged to be moved-into a position to engage with one of the notches of the dish 132 at the end of the rotation of the shaft 6 by means of a pin 13% mounted upon the gear 135, which contacts with the rear end.

of the pawl and rocks same about its pivot so that its forward end will engage with one of the notches 133, as shown in so-Fig. 6. It is necessary before starting the handle 17 to move it slightly rearward so that the forward end of the pawl 130 may drop out of the notch 133, with which it is in engagement.

5 An autographic register 64; is mounted adjacent to the machine proper and the shaft 16 to which the operating-handle 17 is secured, extends through said autographic register, shown in Figs. 1 and i. Mount- 4 ed upon the shaft 16 within the casing of the autographic register is a pinion 11% which engages with a gear 16. This gear in turn meshes with apinion e16 secured to the lower one of the feed rollers Attached to. the side of the pinion 416 is a smaller pinion 73 whichmesheswith a pinion 4i? s-- cured to the side of the upper teed roller heir the autographic register is operated, it is arranged to issue one original and 5a a duplicate sales slip and to wind up the sun'nnaiy record strip within the machine. It is also the purpose of this inventia 1 to print the original sales slip as it is issued. The original sales slip 20 is fed from a slip 55 ply roll 31 around the platen roll 27 and over a writing table to the feed rollers 33 and 34;. A. carbon sheet 39 is secured to the writing table by suitable clamps 76 which are pivoted as 77, (see Fig. 9), so This table 32 is pivoted as at Y8 to the casing of the autographic register. Beneath this table 32 is mounteda smaller table (see Fig. 10), which. is pivoted as at T9 to the casing of the register. These tables 32 and 38 are pivoted so that the supply rolls.

g .de movement or 31, 37 and 4C may be readily inserted and withdrawn from the casing. This casing is provided with a lid which is pivoted as at to the rear end of the autographic register. A duplicate slip 21 is led from :2 Supply roll 3'? over the table 33 and beneath the carbon 39 to the feed rollers and 234i. The table 3:2 is cut away as at T5 to allow the entries that are made iipon the original to be transferred to the duplicate by means oi the carbon sheet 39. The strips 320 and 21 are fed from the rollers and 34: under a knife 35 and over the paper guide 36. This knife'i-lo' is provided with a serrated edge, as shown in Fig. 13, against which the slips are carried when it is desired to tear them oil. The upper feed roller 33 is held under suitable tension in engagement with the roller by means of a set screw 74.. A narrow strip of carbon 4-2, as shown in Fig. 10. is fastened by means of teeth 81 to one side oi the table 38 and at its other side is secured, by means of a clamp 82, which is pivoted at 83 to the table 38. This table 33 cut away 1.. t 80 a summary strip 253 is fed from a sui iply roll 10 over a narrow passes to a storage writing table 38 and then roll From the above description it will be seen that the items, as they are entered upon the original strip, will be also recorded upon the duplicate, while only the total of the items will be recorded upon the summary strip.

The feed of the summary strip is accom plished by means of a lever 49 which is pivoted at 50 and is provided. at its forward end with a bifurcated portion. which straddles an eccentric 18 secured to the side of thedislq e8. to which also secured the pinion at. The rear end of the lever 19 is provided with a pawl 51 which engages a ratchet 52 fastened to the side of the storage roll 43. As the pinion 4a rotated, the eccentric 48 will also be rotated and by means at the bifurcated forward end of the lever 49 rock said lever to feed the summary rec- 0rd strip. ,1 A retaining pawl. 53 is suitably mounted within the register casing and en- "es the ratchet 52 to prevent any retrothe storage roller. electro roller suitably mounted in a bracket. the side arms 29?. of rich are pivoted to the casing of the autographic register as .This roller is held in contact with the original sales slip 2O hymeans of a coiled spring 26 interposed between the bracket and the casing of the register. This elcctro roller is inked by means of a roller 28 suitablvsecured within bracket arms-:29, 1,

and is held in contact with the electro ro ier by means of coiled spring 30. The electro roll 23 may carry any suitable type so to print any desired matter upon the original strip 20, as shown in. Fig. 5; The electro roll 23 and the platen roll 27 also act as feed rolls for the original strip 20, motion being imparted to the platen roll 27 by means of a pinion 56 which meshes wit-l1 the pinion 44 mounted upon shaft 16, the pinion 56 in turn meshing with a gear 57 secured to one end of the platen roller 27. Adjacent to the gear 57 is a smaller gear 59 which meshes with a gear 60 secured to the electro roll 27. This gearing is soproportioned that for every two rotations of the crank handle 17, a complete revolution is imparted to the rolls 23 and 27.

The pinion 18 secured to the shaft 16 is of double width so that when the shaft is given a longitudinal movement, as hereinafter described, the pinion' 18 will continue in mesh with'the gear 19 as shown in Fig. 7. The shaft 16 is provided with a feather 54 which passes into a recess 55 formed in a hub of the pinion 44 when the shaft is moved longitudinally so as to couple up the pinion 44 with the shaft 16. Whenever the pinion 44 is thus coupled to the shaft 16, the feeding devices for. the strips of the autographic register will become operative, as previously described, but when this feather 54 is out of the recess 55 of the pinion 44 the autographic register will beinoperative while the main register will still be operative. I

Referring to Figs. 7 and 11', it will be seen that a sleeve 87 is rigidly secured to the shaft 16. This sleeve is provided with annular grooves 97 and 98 with which a pawl 99 engages so as to hold the shaft 16 in either of its adjusted positions. The ex t-reme outer end of the shaft 16 has loosely mounted upon it a sleeve 88 to which is secured the operating crank handle 17. The sleeves 87 and 88 form members of a clutch so that a rotary movement of the handle 17 will be imparted to the shaft '16. This handle 17 may be detached from shaft 16 by the following described means. A recess 92 is bored in the outer end of the shaft 16 and a plunger 93 is mounted therein. interposed between the inner end of the plunger 93 and the end of the recess 92 is a spring 91 which. forces the plunger 93 outwardly. This plunger 93 has a'reduced portion 94 which is straddled by a pin 90. This pin is pro videdwith a stud 95 which passes through an inclined slot 96 formedin the reduced portion 94 of the plunger 93. The pin 90 passes through an opening formed upon the upper side of the outer end of the shaft 16 and enters into an annular groove 89-, formed in the sleeve 88. It will be seen from the above description that when it is desired to remove the crank handle 17, all that is necessary is to force the outer end of the plunger 93 inwardly, which movement, through means of theinclined slot 96 formed in the redueed portion 94 of the plunger 93, withdraw the in Sc of th annular groove 89, thereby permitting the handle 17 to be removed.

Pivoted to the casing of the autographic register as at 65, (see Fig. 7), is a lever 63, at the forward end of which is a pin 66, which, when the crank handle 17 is in normal position, and the pinion 44 disconnected from the shaft 16, enters a recess 67 formed in the gear 57 attached to the platen roller 27. By this means, any accidental displacement of the feeding devices for the strips of the autographic register is prevented, while the pinion 44 is disconnected from the shaft 16. When it is desired to connect the feeding devices of the strips of the autographic register with the operating mechanism, the latch 99 is raised from its pivot bearing 100 and the operating handle 17 and shaft 16 are slid longitudinally toward the register. This movement of the shaft 16 carries the feather 54 into the recess 55 of the hub of the pinion 44. Secured to the shaft 16 is a disk 61 provided with an annular groove 62 in which rests a yoke portion of the lever 63. This portion of the lever is provided with a bent o lug 72 which normally lies adjacent to one of two notches 7 0 formed upon the opposite side of a disk 68, which is secured to the large gear 19. When the shaft is shifted longitudinally, as hereinbefore described, 95 this lug 72 passes through one of the notches 70 to the inside of the disk 68. Whenthe crank handle 17 is started, the notch 70 will pass out of engagement with the lug 72 and the shaft 16 will thereby be held in its ad- 0 justed position until the operation of the machine is complete, at which time the other notch 76 formed in the disk 68, will be brought adjacent to the lug 72. When the shaft 16 is shifted longitudinally to throw onthe feeding devices for the strips of the, autcgraphic register, the pins 66 willalso be carried out of the recess 67 formed in the gear 57, so that the feeding devices may be operated. From the above description, it will be seen that the lug 72 will engage with one of the sides of the disk 68, when the disk is rotated, and thereby prevent the shaft 16 from being connected with the feeding devices o'r disconnected, as the case maybe.

of the autographic register may be left on permanently, that is, sales slips be issued a at each operation of the machine, and also, theta record of the operation will be retained 1n the machine.

While the form, of mechanism herein shown and described, is admirably adapted to fulfil theobjects primarily stated, it is to be understod that it is not intended to confine the invention to the one form of embodiment herein disclosed, for it is suscep-' tible of embodiment in various forms all coming Within the scope of the claims Which folio-w. v I

,fil1at is claimed is: y

1. In an autographic register, the combination with an operating handle for driving the register, of feed devices for the sales strip of said register normally inoperative, and means controlled by a manipulation of the operating handle for rendering the feed devices'operative.

2. In an autographic register, fjhe combination with an operating instruinentality for driving the register having movements in different directions, of feed devices for v the salesstrip of said register normally inoperative, and -means controlled by the moven'ient of the operating instrumentality in one direction for rendering the feed devices operative and in the other direction to feed the sales strip.

3. In a combined mechanical. and autographic register, the combination with an operating mechanism, of feed devices for thesales strips of the autograph, and a ion itudinall movable drivin crank shaft for establishing an operative relation between the operating mechanism and the feed devices,

4 In a combined mechanical and autoraplne register, the combination with an operating mechanism, of feed devices for the sales strips of the autograph, a longitudinally movable driving crank shaft for establishing an operative relation between the operating mechanism and the feed devices, and means for indicating whether such relation has been established,

5. In a combined mechanical and autographic register, the combination with an operating mechanism, of feed devices for the sales strips of the autograph, a longitudinally movable driving crank shaft for establishing an operative relation between the operatin mechanism and the feed devices, and means for preventing the disestablishment of such relation during an opera tion of the operating mechanism.

6. In a combined mechanical and autographic register, the combination with an operating "mechanism therefor, of feed devices for the sales strips, of the autograph,

JOHN A. i' v ERIULR.

Witnesses FRED E. I'IAB'IILILON, It. RUMMLER. 

